Description: This function allows the user to calculate and apply a nodal thickness value for each part of the model.
The calculation of the thickness is made via a “one-step” metalforming analysis. As the part is selected, a background process calculates the nodal thickness values based on material properties, the shape of the component, and the initial component thickness.
Note: This process is available only on HP-UX operating systems and requires an additional license key.
Figure 9.3.6 Thickness Menu
Description: The calculation method used to create nodal thicknesses requires that all elements be consistent with respect to normals. This requires element connectivities to be defined in a consistent manner. This function allows users to check the connectivity definitions for the components and reverse any elements that are inconsistent.
Usage:
1. DSI prompts:
> SELECT PART FOR AUTO NORMAL
-All Active Parts
-Cursor Pick Part
2. After the user selects the desired parts, DSI prompts:
> IS NORMAL DIRECTION ACCEPTABLE? (Y/N)
Description: This function executes a background process that uses component geometry, material, and thickness to calculate a nodal thickness and residual strain value.
Description: This function allows users to read a DYNAIN file from a previously executed LS-DYNA metalforming analysis.
Usage:
1. DSI prompts:
> INPUT DYNAIN FILE NAME
Description: This function allows users to read a pressure file from a previously executed LS-DYNA metalforming analysis.
Usage:
1. DSI prompts:
> INPUT PRESSURE FILE NAME EXPORTED BY ETA-POST
Description: This function allows users to map pressure from a part to another part
Description: This function allows the user to visualize the calculated thickness values via color fringe plots. The thickness value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated resultant strain values via color fringe plots. The resultant strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated xx component stress values via color fringe plots. The xx component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated yy component stress values via color fringe plots. The yy component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated zz component stress values via color fringe plots. The zz component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated xy component stress values via color fringe plots. The xy component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated yz component stress values via color fringe plots. The yz component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated zx component stress values via color fringe plots. The zx component stress value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated xx component strain values via color fringe plots. The xx component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated yy component strain values via color fringe plots. The yy component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated zz component strain values via color fringe plots. The zz component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated xy component strain values via color fringe plots. The xy component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated yz component strain values via color fringe plots. The yz component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to visualize the calculated zx component strain values via color fringe plots. The zx component strain value shown on the fringe plot will correspond to the color bar and legend shown on the right side of the display area.
Description: This function allows the user to remove previously defined thickness values obtained from a thickness calculation. The user must then recreate a shell section or material thickness using the appropriate modeling parameter.
Description: This function allows the user to remove previously defined stress and resultant strain values obtained from calculation.
Description: This function allows the user to remove previously defined strain values obtained from a thickness calculation.